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Oil Dispersible Upconverting Nanoparticles

Oil Dispersible Upconverting Nanoparticles

450 INR/Bag
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Product Details:

  • Shape Spherical or Hexagonal
  • Other Names UCNPs, Upconversion Nanoprobes
  • Taste Odorless and Tasteless
  • Storage Store in a cool, dry, and dark place in tightly sealed container
  • Ph Level Neutral (in Oil Phase)
  • Molecular Weight Variable
  • Structural Formula Crystalline NaYF4 lattice doped with Yb, Er
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Oil Dispersible Upconverting Nanoparticles Price And Quantity

  • 1 Gram
  • 450 INR/Bag
  • 20-40 nm (Typical)
  • 540 nm, 655 nm (Typical)
  • For laboratory use only, avoid inhalation or ingestion
  • 980 nm (Near-Infrared)
  • Cyclohexane, Hexane, or Toluene
  • Excellent in non-polar organic solvents
  • Strong Green and Red Upconversion under 980 nm NIR Excitation
  • Sealed Glass Vials or HDPE Bottles
  • Hydrophobic Ligand Coated
  • Milky white to pale yellow
  • 12 months under recommended storage conditions

Oil Dispersible Upconverting Nanoparticles Product Specifications

  • Crystalline NaYF4 lattice doped with Yb, Er
  • >99%
  • 1.45-1.50
  • Yes
  • NaYF4:Yb,Er
  • Odorless
  • 28429090
  • 4.2 Gram per cubic centimeter(g/cm3)
  • Oil Dispersible
  • Upconverting Nanoparticles
  • Meets analytical grade and research specifications
  • Colloidal Dispersion in Oil
  • UCNPs, Upconversion Nanoprobes
  • Spherical or Hexagonal
  • Odorless and Tasteless
  • Inorganic Fluorescent Nanomaterial
  • Bioimaging, Photonics, Security, Sensing
  • Store in a cool, dry, and dark place in tightly sealed container
  • Neutral (in Oil Phase)
  • Used in research, imaging, detection, labeling, and advanced material applications
  • NaYF4:Yb,Er Upconverting Nanoparticles
  • NaYF4:Yb,Er (Sodium Yttrium Fluoride Doped with Ytterbium, Erbium)
  • Research Grade
  • Variable
  • 20-40 nm (Typical)
  • 540 nm, 655 nm (Typical)
  • For laboratory use only, avoid inhalation or ingestion
  • 980 nm (Near-Infrared)
  • Cyclohexane, Hexane, or Toluene
  • Excellent in non-polar organic solvents
  • Strong Green and Red Upconversion under 980 nm NIR Excitation
  • Sealed Glass Vials or HDPE Bottles
  • Hydrophobic Ligand Coated
  • Milky white to pale yellow
  • 12 months under recommended storage conditions

Oil Dispersible Upconverting Nanoparticles Trade Information

  • Western Europe, Eastern Europe, Middle East, Central America, Africa, South America, Australia, Asia, North America
  • All India

Product Description

Oil Dispersible Upconverting Nanoparticles

Catalog code

NCZ-UCNP-102

Appearance

yellowish or light brown solution

Solvent

Cyclohexane

Excitation wavelength

975 nm

MF

NaYREF4(RE: Yb, Er, Tm, Gd, Mn, Lu)

CAS Number

110-82-7 (Cyclohexane), 7681-49-4(Sodium fluoride)

Sensitizer

Ytterbium (Yb3+)

Concentration

5 mg/mL, Concentration Customization: Possible

Particle Size and Morphology

25 nm, nanosized spheres

Surface Modified

Oleic acid

Solvent: Non-polar solvent such as n-hexane, cyclohexane or toluene. Please consult before ordering.

Activator

Emission wavelength

Fluorescence

Thulium (Tm3+)

365/475 nm

Purple-Blue

Erbium (Er3+)

545/660 nm

Green-Yellow

Thulium (Tm3+)

804 nm

Near-infrared




Exceptional Optical Performance

The UCNPs provide robust green and red luminescent responses when irradiated with 980 nm NIR light, making them highly suitable for sensitive detection, imaging, and labeling applications. Their strong upconversion capability enhances visualization and data accuracy in research and industrial settings.


Optimized for Non-Polar Solvent Dispersion

Surface modification with hydrophobic ligands allows these nanoparticles to disperse effectively in cyclohexane, hexane, or toluene. The colloidal stability in oil phases supports their integration into bespoke materials and devices where traditional water-based systems fail.


Stable and Safe for Laboratory Research

Packaged to prevent contamination and degradation, UCNPs are non-toxic for research use and remain stable for up to 12 months in cool, dry, dark storage. They offer a neutral pH and high purity, meeting analytical grade and research specifications for consistent experimental results.

FAQs of Oil Dispersible Upconverting Nanoparticles:


Q: How should I properly store Oil Dispersible Upconverting Nanoparticles to maintain their shelf life?

A: To preserve the UCNPs for up to 12 months, store them in tightly sealed glass vials or HDPE bottles in a cool, dry, and dark place. Ensure they are protected from moisture and direct sunlight for optimum stability.

Q: What are the main advantages of using hydrophobic ligand-coated UCNPs in research applications?

A: Hydrophobic ligand-coated UCNPs disperse excellently in non-polar organic solvents such as cyclohexane, hexane, or toluene. This feature enhances their compatibility with oil-based systems and broadens their application range to advanced materials and devices.

Q: What is the typical process for using these nanoparticles in bioimaging?

A: Researchers inject or incubate UCNPs with biological samples, then excite them at 980 nm NIR. The nanoparticles emit strong green and red luminescence at 540 nm and 655 nm, which is detected using appropriate imaging equipment for cell tracking or molecular labeling.

Q: Where can the Oil Dispersible UCNPs be used beyond bioimaging?

A: Besides bioimaging, these nanoparticles are widely utilized in photonics, security marking, sensing, and labeling due to their robust upconversion properties and stable dispersion in oil phases.

Q: What safety precautions are recommended when handling these nanoparticles in the laboratory?

A: UCNPs are intended strictly for laboratory use. Avoid inhalation, ingestion, and skin contact. Always use appropriate personal protective equipment, work in well-ventilated areas, and follow institutional safety protocols.

Q: When do the UCNPs exhibit their strong upconversion emission?

A: The nanoparticles exhibit strong green and red upconversion emission when excited under 980 nm near-infrared (NIR) light. Emissions are detected typically at 540 nm (green) and 655 nm (red) wavelengths.

Q: How does the dispersibility of these UCNPs benefit advanced material development?

A: Their excellent dispersibility in non-polar solvents allows seamless integration into oil-based matrices, enabling the creation of specialized coatings, composites, and optoelectronic devices where aqueous dispersions are unsuitable.

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